Siemens siprotec SJ62 User Manual page 336

No. Information
627 VN =
629 V1 =
630 V2 =
632 Vsync =
641 P =
642 Q =
644 Freq=
645 S =
Θ REST. =
661
701 INs Real
702 INs Reac
Θ Rotor
805
Θ/Θtrip
807
809 T reclose=
830 INs =
831 3Io =
832 Vo =
901 PF =
991 Press =
992 Temp =
996 Td1=
997 Td2=
Θ RTD 1 =
1068
Θ RTD 2 =
1069
Θ RTD 3 =
1070
Θ RTD 4 =
1071
Θ RTD 5 =
1072
Θ RTD 6 =
1073
Θ RTD 7 =
1074
Θ RTD 8 =
1075
Θ RTD 9 =
1076
Θ RTD10 =
1077
Θ RTD11 =
1078
Θ RTD12 =
1079
30701 Pa =
30702 Pb =
30703 Pc =
30704 Qa =
30705 Qb =
30706 Qc =
30707 PFa =
30708 PFb =
30709 PFc =
SIPROTEC 4, 7SJ62/63/64 Handbuch
C53000-G1140-C147-A, Edition 07.2015
Type of In-
formation
MV VN
MV V1 (positive sequence)
MV V2 (negative sequence)
MV Vsync (synchronism)
MV P (active power)
MV Q (reactive power)
MV Frequency
MV S (apparent power)
MV Threshold of Restart Inhibit
MV Resistive ground current in isol systems
MV Reactive ground current in isol systems
MV Temperature of Rotor
MV Thermal Overload
MV Time untill release of reclose-blocking
MV INs Senstive Ground Fault Current
MV 3Io (zero sequence)
MV Vo (zero sequence)
MV Power Factor
MVU Pressure
MVU Temperature
MV Transducer 1
MV Transducer 2
MV Temperature of RTD 1
MV Temperature of RTD 2
MV Temperature of RTD 3
MV Temperature of RTD 4
MV Temperature of RTD 5
MV Temperature of RTD 6
MV Temperature of RTD 7
MV Temperature of RTD 8
MV Temperature of RTD 9
MV Temperature of RTD10
MV Temperature of RTD11
MV Temperature of RTD12
MV Pa (active power, phase A)
MV Pb (active power, phase B)
MV Pc (active power, phase C)
MV Qa (reactive power, phase A)
MV Qb (reactive power, phase B)
MV Qc (reactive power, phase C)
MV Power Factor, phase A
MV Power Factor, phase B
MV Power Factor, phase C
2.23 Auxiliary Functions
Comments
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